Manager of Power Systems Design Engineering, Lightship

• 7+ years design engineering experience, 1+ years of people management experience
• Expertise with a majority of the following:
• CAD/PLM/PDM systems
• Creating detailed 3D CAD and drawings for electrical hardware components (cast/injection molded housings, busbars, wire harnesses, insulators, switches etc)
• Selecting appropriate materials for electrical hardware, including plastics, metals, polymers and ceramics
• Creating design validation plans for electrical hardware
• High voltage power distribution systems
• DFM/DFA analysis
• Bolted joint design and analysis
• Rapid iteration cycles
• Supporting programs in all stages of the product life cycle, from early concepting to supporting production and field service
• Comfortable working in a dynamic environment with shifting priorities and needs
• Able to adapt quickly to change and approach challenges with flexibility and creativity
• Solutions-oriented, with a focus on progress and impact over perfection
• Willingness to operate effectively at both strategic and hands-on levels (contributing as an individual contributor and leading as a manager)

Desirable

• As Manager of Power Systems Design Engineering you will serve as people manager and hands on technical lead for multiple power systems sub-systems and 1-3 design engineers
• You and your team will be responsible for developing, prototyping, and initial testing of the solar array, custom power systems junction boxes, lighting, OTS devices, propulsion systems and thermal systems hardware
• Work with the Product and Design teams to develop high level product requirements, and create lower level engineering requirements for your sub-systems by working with the various engineering teams (systems, controls/software, vehicle engineering)
• Review regulatory requirements and ensure all components are designed to meet them
• Work with the supply chain and finance teams to ensure all subsystems are meeting cost targets
• Perform Design Failure Modes & Effects Analysis (DFMEA) to highlight reliability and safety issues. Use the outputs of this process to create design fixes and drive test plans
• Create timelines and schedules for all subsystem development and work with the program team to ensure these are meeting high level milestones and development goals
• Create detailed CAD and drawings of all custom components. Work with the CAD/PLM team to ensure all packaging issues are resolved and all parts are released
• Select off the shelf components that meet all functional, durability, cost and quality needs
• Create tolerance stack analyses and apply appropriate GD&T controls to 3D geometries
• Hold design reviews with the cross functional team to ensure all considerations are taken into account
• Host core team meetings to push forward work and collaborate with the cross-functional teams
• Work with supply chain to select appropriate suppliers, and work with suppliers to ensure components can be manufactured by performing detailed design for manufacturing (DFM) analysis
• Create design validation plans (DVPs) by working with the test engineering team
• Perform all necessary analysis (thermal, structural, etc) to reduce risk of design failures and ensure we meet performance targets
• Build functional prototypes of subsystems to ensure early de-risking before full vehicle builds
• Perform engineering validation (EV) testing of subsystems to characterize performance and safety
• Work with the test engineering team to troubleshoot issues from highly accelerated life testing (HALT) and vehicle level test failures
• Create work instructions by working with the production operations teams and performing design for assembly (DFA) analysis
• Perform first article inspections of components from suppliers and work with in house quality engineering to triage quality issues
• Support prototype builds, testing and development in South SF R&D office (5-10% of time, depending on phase of program)
• Support field service engineering of customer vehicles and marketing vehicles
• Be the technical lead for electrical hardware engineering design on the Power Systems Engineering team
• Manage PSE design engineers, and work with program management and other engineering managers to ensure team members are meeting all deliverables
• Hold regular 1:1s and coach direct reports to build up their technical skills and organizational skills